| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0170 |
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| Symbol | |
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| ID | 3618369 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Ehrlichia canis str. Jake |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007354 |
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| Strand | + |
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| Start bp | 252485 |
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| End bp | 256717 |
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| Gene Length | 4233 bp |
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| Protein Length | 1410 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637698111 |
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| Product | DNA-directed RNA polymerase |
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| Protein accession | YP_302819 |
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| Protein GI | 73666803 |
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| COG category | [K] Transcription |
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| COG ID | [COG0086] DNA-directed RNA polymerase, beta' subunit/160 kD subunit |
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| TIGRFAM ID | [TIGR02386] DNA-directed RNA polymerase, beta' subunit, predominant form |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.141232 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAGATGT TGGATTTGTA TGGCTATACT AGTATTGCAC AATCATTTGA TAAGATTTGT
ATATCTATAG CTAGTCCTGA AAGCATTAGA GCAATGTCGT ATGGTGAGAT TAAAGATATT
TCTACTACTA ATTACCGTAC GTTTAAAGTG GAAAAAGGAG GTCTTTTTTG TCCTAAAATT
TTTGGACCTG TAAATGATGA TGAATGTTTG TGCGGTAAGT ACAGAAAAAA ACGTTATAGA
GGAGTAATTT GTGAAAAGTG TGGAGTTGAG GTTACTTCTT CAAAGGTGCG TAGAGAAAGA
ATGGGTCATA TAGAACTTGT GTCACCTGTA GCACATGTTT GGTTCCTAAA GTCTTTGCCG
TCTCGTATAG GTGCATTGCT TGATATGCCA CTTAAGTTAA TAGAAAGTAT CCTATATAGT
GGTGATTTTG TGGTAATTGA CCCTATTGCG ACTCCATTAT CTAAGGGTGA GGTGATAAGT
GAGAGTGCAT ACAATCAAGC AAAGGATAAT TATGGTGAGG ATAGTTTTCT TGCTCTTACT
GGAGCTGAGG CTATTAGGGA ATTGCTGGTG CGATTGGATT TACATGCAAT TAATGCAAAT
CTTAGAACGG AGTTAGAGTC TACAACTTCA GAAATGAAGC GTAAGAAAAT AGTCAAAAGG
TTACGTATTG TTGAAAATTT TATAAATTCT GGTAATAAAC CTGAATGGAT GATATTAACT
GTTATCCCAA TTTTACCACC TGATTTAAGA CCGCTAGTTT CTTTGGAAAA TGGAAGACCA
GCAGTTTCTG ATTTAAATCA TCATTATCGG ACTATTATTA ATCGTAATAA TAGATTAGGT
AAGTTATTAA AATTGAATCC ACCTGCAATT ATGATTCGTA ATGAAAAGAG AATGCTGCAG
GAAGCTGTAG ATGCTCTTTT TGATAGTACA CGTCGTAGTT ATGTTTCTAA TAAAGCAGGA
AGTGTAGGAT ACAAGAAATC ATTAAGTGAT ATGTTAAAAG GTAAGCAAGG ACGCTTTAGG
CAAAACTTGC TAGGGAAAAG GGTAGATTAT TCTGGCAGAT CAGTAATTGT TGTAGGTCCT
AACTTAAAAT TACATCAGTG TGGGTTACCA AAGAAAATGG CTCTTGAATT GTTTAAGCCG
TTTATTTGTT CTAAGCTGAA AATGTATGGT ATTGTGCCAA CAGTAAAGTT AGCAAATAAG
ATGATACAAA ATGAAAAACC AGAAGTCTGG GATATTCTGG ATGAAGTAAT ACATGAACAT
CCAATATTAT TAAATAGAGC TCCTACTTTG CATAGGCTAG GGATACAAGC CTTTGATCCA
GTATTAATAG AAGGGAAAGC AATACAATTA CATCCTTTAG TATGTAGTGC TTTTAATGCT
GATTTTGATG GAGATCAAAT GGCTGTACAT ATCCCATTGT CATTAGAAGC ACAGCTTGAA
GCTAGAATAT TAATGATGTC TACTAATAAT ATCTTAAGTC CTTCTAATGG TAAGCCAATA
ATTGTTCCTT CAAAAGATAT AGTACTTGGT ATATATTACT TAACTTTACA AGATCAAGCA
CAGTCTGAAG ATGAAGTTTT ATTCTTTGGT GATTTTAGTC ATGTGGAATA TGCTTTACAC
AATAAGGATG TCCATCTATG TAGTAAAATT AAATATAGGA TGACTTATTG TAATTATGAT
GTAGAAGGGA ATAAGCCTTC ATATTATTCT AAAATTATTG AAACTACTCC TGGTAGGTTG
ATATTATGGC AAATATTTCC ACAACATAAG AATTTAACTT TTGATTTAAT AAATCAAGTT
TTGACTGTAA AAGAAATTAC ATCAATAGTT GACTTAGTAT ATAGAAACTG TGGTCAAAGT
GAAACTGTTG AATTTTCAGA TAAATTAATG TCTCTTGGGT TTAAGTATGC TTCACAATCT
GGTATTTCAT TTGGATGTAA AGATATGATT ATCCCAGATA CTAAGACAAT GCATGTAGAT
AATGCTAGTG ATAAAATAAA AGAGTTTGCT GTGCAGTATC AGGATGGTTT AATTACAAGA
AGTGAAAGAT ATAATAAAGT AATAGATGAG TGGTCTAAAT GTACTGATCT AATAGCTAAA
GATATGATGA AAGCTATTTC TGTATATGAT GAAGAAAATA AGTTGAATTC TATTTATATG
ATGGCACATT CTGGGGCTAG AGGATCTGCA TCGCAGATGA AACAGTTATC TGGGATGAGA
GGATTAATGG CTAAGCCTTC AGGTGAGATT ATTGAAACTC CAATAATATC TAACTTCCGT
GAAGGGTTGA ATGTGTTTGA ATATTTCAAT TCAACTCATG GGGCAAGAAA AGGATTAGCA
GATACTGCTT TAAAGACTGC AAATTCTGGT TACTTGACTC GTAGGCTTGT TGATGTTGCT
CAAGATTGTA TAGTTGTTGA ATATGATTGC AAAACACACA ATGGATTTGC GATAAGGTCT
GTTGTTGAAG GTGGTGCTGT AGTTGAAACA TTAGATAATA TTATACTTGG AAGGGTTGCT
GCTGTTGATG TATATAACCC TATTACTGAA GAGTTGCTTG TTAAAGCTGG AGAATTAATA
GATGAAGCTA AAGTTGAGAA GATAAAAATA GCAGGATTAG ATGCTGTGAA GGTAAGATCA
CCTCTTACTT GTGAAGCTAA AAAAGGTATT TGTGCTTTAT GTTATGGTAG AGACCTTGCT
ATTGGTGATG TTGTGTCAAT AGGTGAAGCT GTTGGTGTGA TAGCTGCTCA ATCTGTTGGT
GAACCTGGTA CTCAATTAAC TATGCGTACT TTCCACGTGG GTGGTACTGC AATGAGAGGT
GTTGAAACTT CCAACTTAAT AGCATTATTA GATGCTAAAG CAAAATTAGT GAATAGTAAT
GTTGTTGAAG ATAAACATGG TAATAAGATT GTCATGAGTA GATCTTGTGA AATAGTATTG
CTTGATAGTG TTGGAAATGA AAAAATGCGT CATAATATAC CTTATGGAGC AAGACTTTAT
GTTAACGATG GTCAATTTGT AAAAATTACA GAAAAAATTG CTGAATGGGA TCCTTATACA
ATGCCTATTA TTACAGAAAA GACTGGTATT ATTAAGTATA TGGATTTAAT AGATGGTGTA
TCTATCAATG AAGTATTAGA TGAGTCTACT GGTATTTCTA ATAGAGTAGT AGTTGATTGG
AAATTACATT TACAAGGTGC TAACCTGAGA CCTAGACTAG TTTTAGTTGA TGATAATGGT
AATATAATTA CATTATCTAA TGGACTAGAA GCAAATTATT TCATACCGAT AGGAGCAGTA
TTAAATGTAC AAGATGGGCA AAAAGTTCAT GCTGGTGATG TTATAACAAG GATTCCAAGA
GAATCTATAA AAACTAGAGA TATTACAGGA GGGTTGCCTA GAGTAATTGA GTTATTTGAA
GCACGTCGTC CGAAAGAACA TGCTATAGTA AGTGATATTG ATGGTTATGT TGAGTTTGGA
AAAGATTATT ATAGGTCTAA AAGACGTATA TTTATTAAGC CTGTAGATGA TAAATTGACA
CCTGTTGAGT ATTTGGTGCC TAAAGGTAAG CATACTATTG TGAATGAAGG TGACTTTGTA
CACAAAGGAG ATTTATTAAT GGATGGTGAT CCTGATCCTC ATGATATCTT GCGTGTTTTA
GGTGTTGAAG CACTGGCAAA TTATATGATC TCTGAGATCC AACAGGTTTA TAGGCTACAA
GGTGTACGTA TTGATAATAA GCATATAGAA ATAATCTTAA GACAAATGTT GCAAAAAGTT
GAGATATTTG AACCAGGGGA TACTATGTAT TTAGTTGGAG AGAATATAGA TATGGAAGAA
GTAATAAAGA CCAATAACAG CATGGTAAAG ATGGGCAAAT CTCCTGCTAA GTATGCTCCA
ATACTTCAAG GTATTACTAG AGCAAGTCTT GATACTAATT CATTTGTTTC TGCAGCGTCA
TTCCAGGAGA CTACGAAAGT TTTAACAGAA GCAGCATTTT CTGGTAAGGA AGATTCTTTA
TATGGATTAA AGGAAAATGT AATAGTAGGT AGATTAATAC CTGCGGGTAC TGGTTTCTTA
ATGAATAAGA TAAAGAAACT GTCTTTATTG AATAAGGAAG ATTATTCTAT GTATTATGAT
AGTGAATATC AAGATCCTGC ATTGTTACAA TCTGATAGTA ACAACTTTGG TCATGACTTG
CCAAAAGGTA ATAATAATAT TGTTGATTAT TAG
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| Protein sequence | MKMLDLYGYT SIAQSFDKIC ISIASPESIR AMSYGEIKDI STTNYRTFKV EKGGLFCPKI
FGPVNDDECL CGKYRKKRYR GVICEKCGVE VTSSKVRRER MGHIELVSPV AHVWFLKSLP
SRIGALLDMP LKLIESILYS GDFVVIDPIA TPLSKGEVIS ESAYNQAKDN YGEDSFLALT
GAEAIRELLV RLDLHAINAN LRTELESTTS EMKRKKIVKR LRIVENFINS GNKPEWMILT
VIPILPPDLR PLVSLENGRP AVSDLNHHYR TIINRNNRLG KLLKLNPPAI MIRNEKRMLQ
EAVDALFDST RRSYVSNKAG SVGYKKSLSD MLKGKQGRFR QNLLGKRVDY SGRSVIVVGP
NLKLHQCGLP KKMALELFKP FICSKLKMYG IVPTVKLANK MIQNEKPEVW DILDEVIHEH
PILLNRAPTL HRLGIQAFDP VLIEGKAIQL HPLVCSAFNA DFDGDQMAVH IPLSLEAQLE
ARILMMSTNN ILSPSNGKPI IVPSKDIVLG IYYLTLQDQA QSEDEVLFFG DFSHVEYALH
NKDVHLCSKI KYRMTYCNYD VEGNKPSYYS KIIETTPGRL ILWQIFPQHK NLTFDLINQV
LTVKEITSIV DLVYRNCGQS ETVEFSDKLM SLGFKYASQS GISFGCKDMI IPDTKTMHVD
NASDKIKEFA VQYQDGLITR SERYNKVIDE WSKCTDLIAK DMMKAISVYD EENKLNSIYM
MAHSGARGSA SQMKQLSGMR GLMAKPSGEI IETPIISNFR EGLNVFEYFN STHGARKGLA
DTALKTANSG YLTRRLVDVA QDCIVVEYDC KTHNGFAIRS VVEGGAVVET LDNIILGRVA
AVDVYNPITE ELLVKAGELI DEAKVEKIKI AGLDAVKVRS PLTCEAKKGI CALCYGRDLA
IGDVVSIGEA VGVIAAQSVG EPGTQLTMRT FHVGGTAMRG VETSNLIALL DAKAKLVNSN
VVEDKHGNKI VMSRSCEIVL LDSVGNEKMR HNIPYGARLY VNDGQFVKIT EKIAEWDPYT
MPIITEKTGI IKYMDLIDGV SINEVLDEST GISNRVVVDW KLHLQGANLR PRLVLVDDNG
NIITLSNGLE ANYFIPIGAV LNVQDGQKVH AGDVITRIPR ESIKTRDITG GLPRVIELFE
ARRPKEHAIV SDIDGYVEFG KDYYRSKRRI FIKPVDDKLT PVEYLVPKGK HTIVNEGDFV
HKGDLLMDGD PDPHDILRVL GVEALANYMI SEIQQVYRLQ GVRIDNKHIE IILRQMLQKV
EIFEPGDTMY LVGENIDMEE VIKTNNSMVK MGKSPAKYAP ILQGITRASL DTNSFVSAAS
FQETTKVLTE AAFSGKEDSL YGLKENVIVG RLIPAGTGFL MNKIKKLSLL NKEDYSMYYD
SEYQDPALLQ SDSNNFGHDL PKGNNNIVDY
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